AltumSolutions M2000T NIR spectrometer (near-infrared spectrometer)

The AltumSolutions M2000T is an advanced NIR spectrometer specifically designed for precise analysis of liquids. With a wavelength range of 900-1700 nm, the M2000T offers accurate measurements of both absorption and reflection in liquid phases. This model is ideal for applications in the food industry, agriculture and other sectors where accurate quality control of liquids is essential.

The M2000T is equipped with precision optics and a rotating cuvette holder that can accommodate standard cuvettes with path lengths from 1-10 mm. This feature ensures accurate measurements of liquids and enables consistent results across different samples. With a signal-to-noise ratio of up to 20,000:1, the M2000T delivers high precision even at low concentrations of analytes. The device utilizes a tungsten filament lamp and a Hamamatsu InGaAs photodetector for maximum sensitivity and accuracy. The thermal stability of 0.05 nm/K ensures reliable performance under varying temperature conditions and enhances overall accuracy.

The AltumSolutions M2000T is easy to operate via an intuitive web app that can be accessed from modern devices such as iPads, iPhones and Android systems. This makes the spectrometer ideal for experts and non-experts alike, without requiring in-depth knowledge of NIR spectroscopy.

If you need to analyze solids, consider the AltumSolutions M2000. This model offers similar features to the M2000T, but is specifically designed for precise measurements of solid materials. The M2000 uses a rotating disk that can accommodate 90 mm petri dishes and enables measurements at up to 120 different points on the same sample, making it ideal for quality control of heterogeneous samples in the food industry, agriculture and other sectors.

• Model: M2000T NIR spectrometer (near-infrared spectrometer)
• Wavelength range: 900-1700 nm
• Signal-to-noise ratio: Up to 20000:1 depending on measurement time
• Accuracy: ±1 nm
• Light source: Tungsten filament lamp
• Photodetector: Hamamatsu InGaAs photodetector
• Thermal stability: 0.05 nm/K
• Optical resolution: 10 nm